Cuvettes are fundamental apparatuses in research centers that use spectrophotometry, fluorometry, or light exchange readings. Fabricated with quartz, glass, or plastic, and coming in expendable or reusable choices, the particular cuvette that is required for your lab relies upon a couple of various variables dependent on your prerequisites. mxrady.com conveys a wide determination of standard, UV, and fluorimetry Cuvettes and miniature cuvettes accessible to meet your fluctuated needs. These units include light transmission alternatives going from 180 nm to 2,000 nm and are made from great materials, settling on cuvettes from mxrady.com the ideal decision for your lab. With the LARK Brand cuvettes, mxrady is an all inclusive resource for all your cuvette needs.
Some important factors to consider when purchasing the correct cuvettes for your particular applications include window height, type of plastic, glass or quartz, wavelengths, uses, packaging, and whether you need disposable or reusable cuvettes. With different window height for micro-, macro-, and ultra-micro units, you can really customize your light transmission equipment based on your experiments and samples.
LARK offers the highest quality quartz cuvettes on the market. With an optical path length of only 1 mm, the Cuvette features a light path ten times shorter than a standard cuvette, allowing nucleic acid and protein concentrations to be measured with high reproducibility. Requiring no dilutions, a small sample of only 1.5 µL of nucleic acid or 3 µL of protein is required for measurements. These reusable units also have a simple cleaning design to reduce carry-over contamination. This cuvette is the go-to choice for quality measurements in laboratories working with nucleic acid or protein.
LARK manufacture cuvettes designed with polymethyl methacrylate (PMMA), an acrylic glass that is lightweight and more shatter-resistant than traditional glass. This clear acrylic glass provides more accurate, reliable results than plastic and can read lower wavelengths than traditional polystyrene can. Manufactured to be scratch-resistant and consistent between batches, these disposable units are ideal in most laboratories.
Finally, the most common form of cuvette is the plastic cuvette, manufactured with high-quality polystyrene, polycyclic olefin, polyethylene, or other polymers. These cheap, disposable alternatives to glass and quartz units are commonplace in many laboratories utilizing high throughput light transmission readings such as academic labs.
With all of these options available, www.mxrady.com is sure to have the best Cuvettes to fit your needs.